A medical syringe apparatus includes a syringe unit, a hypodermic needle attached to the syringe unit and at least one interfacing member for mating a labeled medication container to the syringe unit. A filling needle is attached to the syringe unit for drawing fluid from a container. A movable needle sheath protects the hypodermic needle when not in use and may be moved out of the way when administering an injection. The medication label is visible. The container remains mated to the syringe when the syringe is in use. Risk of mislabeling the syringe may therefore be substantially reduced or eliminated and patient safety may accordingly be improved.

A hook portion is formed to project from a columnar portion of a cover forming a needle cover body. The hook portion is hooked by a stopper wall of an outer cylinder, whereby the needle cover body is inhibited from slipping out of the outer cylinder. An inner cylinder biased toward a barrel by a spring member is accommodated inside the outer cylinder, that is, in a through hole. The needle cover body is provided continuously to the inner cylinder. In addition, the inner cylinder is held inside the outer cylinder as a cam projection is movably engaged with a guide passage formed in the outer cylinder.

The present invention is directed to a safety needle assembly having the high safety and high operability, comprising: a hub; a cannula; a collar; a protector; and a sheath. The sheath includes an opening of housing the cannula; a cannula fixing part of locking the cannula housed in the opening; an attachment part of rotatably supporting the sheath attached to the hub or the collar; and a protrusive stopper which a user pushes by a finger to pivot the sheath thereby to house the cannula in the opening of the sheath. Herein, the stopper is arranged at a vicinity of a central portion of the sheath in a longitudinal direction at the opposite side of the aperture of the opening, or arranged at a portion closer to a distal end side than the central portion of the sheath.

The invention relates to a needle sheath remover comprising a cap (10) removably attached to a housing of a medicament delivery device, a sheath grabber (20) connected to said cap and configured to be engageable to a needle sheath (42) of a medicament container positioned (46) within said medicament delivery device, wherein the cap and the sheath grabber are axially movable in relation to each other and wherein the sheath grabber and the cap are configured to interact with each other such that upon removal of the cap from the housing, the sheath grabber is capable of engaging and removing said needle sheath.

The invention relates to a needle sheath remover comprising a cap (10) removably attached to a housing of a medicament delivery device, a sheath grabber (20) connected to said cap and configured to be engageable to a needle sheath (42) of a medicament container positioned (46) within said medicament delivery device, wherein the cap and the sheath grabber are axially movable in relation to each other and wherein the sheath grabber and the cap are configured to interact with each other such that upon removal of the cap from the housing, the sheath grabber is capable of engaging and removing said needle sheath.

The invention relates to injection device, which device comprises an outer housing (1), a syringe body (10) and a needle shield (30). Both the syringe body (10) and the needle shield (30) are telescopically movable mounted to the housing (1) such that the needle shield (30) is movable relatively to the housing (1) between a first position and a second position, and the syringe body (10) is movable in relation to the housing (1) between an extended position and a retracted position.

A safety shield system (60) for a compression syringe (10) having a compressible reservoir (46), a needle cannula (12) for fluid communication with the reservoir (46) and having a forward tip (16), the safety shield system (60) having at least a holder shield portion (62) designed to be attached to the compression syringe (10), and a movable shield portion (64), designed to be movable relative to the compression syringe (10) from a first position wherein the tip (16) is exposed, to a second position wherein the movable shield portion (64) covers the tip (16). The holder shield portion (62) and movable shield portion (64) being provided with retainer (51, 52, 70) arranged to cooperate in the first position to prevent the movable shield portion (64) from moving toward its second position.

A device for transferring fluids in a closed system transfer device using flash for last drop extraction and to reduce coring. The device including a piercing member having a distal end and a proximal end and defining a longitudinal fluid channel. A first opening positioned at the distal end of the piercing member wherein the first opening is in fluid communication with the longitudinal fluid channel. A cover or flash positioned over the first opening. The cover including a pre-cut pattern wherein the cover opens along the pre-cut pattern upon application of a distally directed force from the longitudinal fluid channel. The distal end including the first opening having a steep taper to facilitate last drop extraction.

The invention relates to a sheath removal mechanism (15) for removing a protective needle sheath (5) from a medicament container (3), the medicament container (3) arrangeable in an medicament delivery device (1), wherein the sheath removal mechanism (15) comprises a cap (11) attachable to a distal end of the medicament delivery device (1), wherein the cap (11) comprises at least one ledge (11.6) adapted to engage a protective needle sheath (5).